Free 4.5.6 software for linux

KWrite is a simple text editor, with syntax highlighting, codefolding, dynamic word wrap and more, its the lightweight version of Kate, providing more speed for minor tasks.

KWrite ships per default with KDEBASE package.

libctf library is extends pthread functionality by providing common utilities for the programmer. This will ease and enhance threaded program development.
Main features:
- barrier - thread barrier
- fifo mutex - first-in-first-out mutex
- mgate - two dimensional thread date
- pool - thread pool
- praq - thread safe Propose Release Aquire Queue
- qsort - threaded quick sort
- rdwr - read write locks (read, write, toggle preferences)
- subpool - thread subpool
- tools - thread tools
Platforms Tested:
Red Hat Linux/x86 8.0, 9.0, FC[1-6]
Solaris/Sparc 2.6, 2.7, 2.8, 2.9
OS Specific Notes
Red Hat Linux:
Red Hat Linux 8.0
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -D_XOPEN_SOURCE=600
(1) LinuxThreads pthread_attr_stackaddr() does not behave
Red Hat Linux 9.0
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -D_XOPEN_SOURCE=600
(1) LinuxThreads pthread_attr_stackaddr() does not behave
Fedora Core 1,2,3,4,5,6
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=200112L -D_XOPEN_SOURCE=600
Shared Library Flags (gcc compiler)
CFLAGS = -fPIC
LDFLAGS = -shared -Wl,-h,libctf.so
Solaris:
Solaris 2.6
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -mt -D_XOPEN_SOURCE=4
Solaris 2.7
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -mt -D_XOPEN_SOURCE=500
(1) Error checking mutex is broken
Solaris 2.8
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -mt -D_XOPEN_SOURCE=500
Solaris 2.9
CFLAGS = -D_REENTRANT -D_POSIC_C_SOURCE=199506L -mt -D_XOPEN_SOURCE=500
Shared Library Flags (Sun compiler)
CFLAGS = -G -KPIC -h libctf.so
Irix:
Irix 6.5
CFLAGS = -D_REENTRANT
LDFLAGS = -shared -Wl,-shared,-soname,libctf.so
(1) Not tested in a long time
Enhancements:
- The doxygen build was fixed.
- Documentation was added to the devel RPM.

Sopeq is a stealth ingress and egress filtering firewall for IPTables with an easy to configure rules file.
Sopeq project can be used to configure even the slightest details of IPTables with just a minor change in the rules file.
Sopeq can be used to configure even the slightest details of IPTables with just a minor change in the rules file.
Argument Descriptions:
accept/droplog/rejectlog/log - This specifies what to do if a packet matches the
criteria given. "accept" accepts the packet, "droplog" drops and logs
the packet with given "lbl" variable (see section "vars" below),
"rejectlog" rejects and logs the packet with given "lbl" variable, and
"log" ONLY logs the packet with given "lbl" variable. Hmmm, I think I
see an eerie pattern emerging here...
if - This specifies what network interface the packet is travelling over.
This can also match packets NOT travelling over an interface by simply
adding an exclamation mark [!] before it. There should NOT be a space
after the exclamation mark like iptables requires.
in/out - This specifies whether the rule is looking at packets coming in or
packets going out. "in" should be used for most server rules, and
"out" should be used for most application rules. The rule is made by
adding the appropriate INPUT and OUTPUT rules in iptables to accept the
response to the packet as well.
This field can be left blank, but only if the "ports" field is blank as
well. This type of rule would allow all packets from a specific IP or
something to that extent.
tcp/udp/icmp - This is pretty self explanatory, it specifies the protocol of a
packet, IE: TCP, UDP, or ICMP. You can leave this blank to match all
protocols.
IPs - This specifies what specific IP addresses to allow for the rules. You
can leave this field blank to match all IPs. You can specify multiple
IP addresses by separating them with a comma, and/or use IP ranges.
Two methods of IP ranges are supported. The "1.2.3.0/24" method and
the "1.2.3.4-1.2.3.10" method. You can combine IPs and IP ranges in
the same rule with the comma delimeter.
Examples:
1.2.3.4
11.22.33.0/24
123.45.67.3-123.45.67.90
1.2.3.4,5.6.7.8,11.22.33.0/24,123.45.67.3-123.45.67.90
ports - This specifies which ports to allow on. Multiple ports can be
specified by separating them with a comma. If you leave the field
blank, it allows on all ports.
extras - This specifies extra options added onto the end of the rule. The field
is divided into two sections with a "|", which separates the extras for
the INPUT table with the extras from the OUTPUT table (in that order).
In order to have a space in the extras, you have to put the whole thing
in quotes (currently, you can only use double quotes, not single
quotes). These extras are just standard iptables options, so if you
want a list, view the iptables manual.
Examples:
No extras for the INPUT rule, "-m owner --uid-owner 0" for the
OUTPUT rule:
"|-m owner --uid-owner 0"
No extras for the INPUT rule, "-m owner --cmd-owner httpd" for the
OUTPUT rule:
"|-m owner --cmd-owner httpd"
vars - The syntax of a var field is:
varname="value"
Enhancements:
- The "version" option was added.
- A minor alteration was done in the way iptables was called.
- Minor code cleanup was done.

Furl-save project is a Perl script that does a backup of your categorized, keyword-tagged web bookmarks and their respective page contents stored on online service furl.net
It was tested on following platforms:
- RedHat Linux 7.3
- RedHat Linux 9.0
- Fedora Core 4, 5, 6 on Intel x86
- Microsoft Windows XP with ActivePerl installed

THC-Shagg is a modular application to bruteforce check digit algorithms. THC-Shagg project can be used to gain information about serial numbers that use check digit algorithms.

Once THC-Shagg has analysed a set of serial numbers and found matching check digit algorithms, it is able to generate complete new serial numbers using a saved file containg the matched states.

This page demonstrates the use of THC-Shagg in "daily" life and lists some serial numbers, that have been successfully analysed using Shagg.

Development & Contributions

Youve found some serial numbers and were able to analyse the check digit algorithms using Shagg. Youve some new ideas, you know something about fresh or still un-implemented check digit algorithms. Contribute! And help us making THC Shagg more powerful. Feel free to drop an email to Plasmoid, plasmoid@thc.org.

If you are interested in joining THC, why not write some new classes for THC-Shagg or extend the current version to analyse Web session IDs or other serial numbers? The documented programming API to all classes and interfaces is available online. The source code for THC-Shagg is bundled with the current release, so that you can compile it yourself, if you want to.

How it works:

A check digit algorithm uses the digits of a serial number to construct a check digit, it is not necessary that the digits are numeric values, they can be extended to alpha-numeric values. THC-Shagg currently implements the following algorithms:

Full name Internal name
-------------------------------- ----------------
binary Modulus 7 DR Modulus 7
binary Modulus 9 DR Modulus 9
weighted Modulus 10 DR Modulus 10 Basic
weighted Modulus 10 Luhn Modulus 10 Luhn
weighted Modulus 10 IBM Modulus 10 CC
weighted Modulus 11 DSR Modulus 11

Future releases will implement more algorithms. To get a list of all available algorithms use the -A. For simplicity this version mixes binary and weighted algorithms, DR and DSR algorithms, future version of THC-Shagg may include separate options for binary, weighted, DR and DSR algorithms. As this is the first release, only the most common algorithms have been implemented.

For details on the concept of each algorithms consult the source code of THC-Shagg or browse the web, there are some good information covering these algorithms.

Most of the algorithms above operate using so called weights. Weights are just a sequence of numbers that are multiplied with the individual digits of the serial number to be checked. THC-Shagg generates all weights up to a specified length and checks the serial numbers against all of these weight using all algorithms.

Example: All weights up to length 3

1,2,3,4,5,6,7,8,9,
01,02,03,04,05,06,07,08,09,10,...99
001,002,003,004,005,006,007,...999

THC-Shagg ignores all weights that only consist of zeros because they result in fault-positives and are not used in check digit algorithms.

In order to find the position of a check digit, THC-Shagg splits the serial numbers into partitions. A partition has a head and a tail, these parts are ignored during analysis of the serial numbers. THC-Shagg generates all partitions up to a specified minimum length where length is the length of the part to be analyzed. The programs checks the serial number against these partitions using weights and algorithms.

rinse software was born out of a frustration with the currently available solutions for installing minimal copies of RPM-based distributions.
The need to perform simple chroot() installations of other distributions is not common, but the ability to do such a thing is very useful when it comes to testing new tools, and working towards the creation of new Xen guests.
The following distributions are supported:
- Centos 4 & 5
- Fedora Core 4, 5, 6 & 7
I plan to support OpenSUSE in the near future.
Enhancements:
- This is primarily a bugfix release, which restores the ability to install new distributions of Centos 4 & 5.

eTktab is an ASCII tablature editor for 4/5/6 stringed instruments. he code is based on TkTab by Giovanni Chierico. Many of the ideas for the user interface came from tablature mode written for the Unix editor emacs. Mac and Windows binaries were created with freely available tk library.
The program makes 30 fretboard positions available for one-keypress entry (5 on each string.) The following is an example keyboard layout for United States keyboard (first row is numbers, second row QWERTY, etc.) "Base" refers to the movable position of the players hand.
Enhancements:
- Lyrics/tab mode now switches automatically, in response to mouse clicks in tab scores or textboxes
- Can now click on end of textbox symbol to go into that textbox
- In lyrics mode, "current position" color now only added to the textbox that contains the cursor
- Focus now follows cursor for left/right cursor key
- Menubuttons now keep consistent size, where possible
- Fixed bug in internationalization code, regarding Save in File menu
- Return key uses new feature, listed below to insert whitespace, rather than blank tab positions to end of line
- Macintosh Classic and OS X now have File, Edit, and Help menus exclusively in the Mac Menubar (rather than the window statusbar)
- Many OS X bugfixes, due to upstream cleanup in tcl/tk 8.4.5
- Blank spaces may now be added to tablature (using whitespace in tab makes files unreadable by versions older than 3.2)

getsnmp project is a scheduler for collect snmp values from any network equipment and store it into a rrdtool database.

global config section:

COMMAND LINE

-h help
Comma separated network interfaces listen to.

-f config_file
Specify the config file.

-D log level required

-d run as daemon

-v version

CONFIG FILE

directorydb < directory >
store rrdtool db files into this directory

lockfile < pidfile >
file used for store pid number and lock the process

daemon (yes|no)
run in daemon mode (fork) ?

umask umask
mask creation file

user user
user running application

chrootdir < path >
directory to chroot application

loglevel (0|1|2|3|4|5|6|7)
log with this level
0: emergency
1: alert
2: critical
3: error
4: warning
5: notice
6: info
7: debug

usesyslog (yes|no)
use syslog

logfile < logfile >
log in this file

retrieve data section:
global community community
set the default community
the default unsetted is public

global inter seconds
set the default interval among two snmp get
the default unsetted is 300

global retry number
set the default number of retry
the default unsetted is 0

global timeout seconds
set the default request timeout (in seconds)
the default unsetted is 3

global version (v1|v2|v2c)
set the default snmp protocol version
the default value unsetted is v1

set
the keyword "set" set a snmp host server:

example:
set version v2c ip 192.168.10.4 timeout 3 retry 2 community public

the option are:

* ip server ip (must informed)
inter interval among two snmp get (default: "global inter")
version snmp protocol version (default: "global version")
timeout request timeout (default: "global timeout")
retry number of retry (default: "global retry")
community community (default: "global community")
( * ) must informed
get
the "get" keyword is used for declaring one snmp value:

example:
get oid IF-MIB::ifInOctets.3 inter 5 file toto type gauge

the option are:
* oid SNMPv2-MIB::sysDescr.0 the oid (must informed)
inter interval among two snmp get (default: inherited from the last set)
file the db rrdtool file (default: automaticaly generated)
type gauge type of rrdtool data (gauge, counter) (default: gauge)
timeout request timeout (default: inherited from the last set)
retry number of retry (default: inherited from the last set)
( * ) must informed